--- title: "20250604 v 2.3.0" slug: "20250604-v-230" description: "Explore enhanced Solargis applications with synchronized zoom levels, improved user management, and a redesigned energy system designer for better project insights." updated: 2026-09-25T06:28:56Z published: 2026-09-25T06:28:56Z canonical: "kb.solargis.com/20250604-v-230" --- > ## Documentation Index > Fetch the complete documentation index at: https://kb.solargis.com/llms.txt > Use this file to discover all available pages before exploring further. # 20250604 v 2.3.0 ### Application release notes > [!WARNING] > **Important**: Please note that not all newly released features are guaranteed to be backward compatible; in some cases, adjustments to existing projects or re-simulation may be required to ensure full functionality. | Release date | Software version | | --- | --- | | 4.6.2025 | 2.3.0 | ### General - Zoom levels after search have been synchronized across all Solargis applications to ensure a consistent user experience. - Customer ID is now visible in the customer details view in the admin section to enhance account identification and management. - Subscription ID and Subscription plan are now visible on the Evaluate subscription admin view to provide greater transparency for subscription management. - Pricing & Upgrade buttons have been removed from all applications in the Solargis platform. - It is now possible to invite multiple users to a company at once to streamline the onboarding process. - User invitations can now be resent to simplify user access management. ### Prospect - Parameters in the Analysis section and map layers have been grouped into four groups to improve user experience: **General, Solar resource, Climate,** and **Environment.** - The following parameters have been renamed for transparency: - GHI season → GHI VAR season - DNI season → DNI VAR season - WG P99 → WG p99 ### Evaluate - Educational, Trial, and Unlimited subscription tiers have been introduced to provide users with flexible access options. - More details have been added to the list of SGU transactions to improve transparency. - The radius for designing energy systems has been increased to 2.5 km to support larger project layouts. - Project details are now displayed when a project marker is clicked on Map view to streamline information access. - A new table with a breakdown of monthly losses has been introduced to the PV losses section to give users deeper insight into system performance. - Progress indicators have been added to the Project data page to visualize data loading status for users. - Energy System ID is now visible in the URL to facilitate easier project reference and sharing. - The Uncertainty page has been split into GHI and DNI Uncertainty to provide clearer information on each type. - New tables have been introduced to display additional uncertainty-related data for more comprehensive analysis. - Helper cards have been updated to cover the new tables and support user understanding. - Various textual updates have been implemented to improve clarity and consistency throughout the platform. **Energy system designer** - **The Energy system designer** **user interface has been redesigned** (Figure 1)to enhance user experience and provide clear access to core features. - General and System tabs have been removed, and a refreshed top bar layout provides greater clarity and more workspace for 3D design. - Installed DC capacity and CAPEX are always visible, and you can now rename the energy system or add notes directly from the designer view. - Simulation dataset selection is postponed until the simulation, so it no longer blocks the design process. - Horizon and albedo values can now be managed directly within the designer, allowing you to see the impact of shading changes instantly. - **An interactive Bill of Materials has been introduced** (Figure 2) to help you estimate project costs as you design: - Unit prices and spare quantities can be assigned directly to components such as modules, inverters, or trackers for precise budgeting. - Prices update live as you modify the layout, ensuring the total CAPEX remains visible at all times. - Custom items (e.g., labor, fencing) can be added to capture all project expenses. - The impact of design decisions on overall cost is instantly visible, supporting informed decision-making. - It is now possible to **simulate snow and soiling losses** directly within the design scene (Figure 3). - The [Soiling](/v1/docs/soiling-losses) & [Snow](/v1/docs/snow-losses) models account for mounting configuration, natural cleaning events (e.g., rainfall), and user-defined manual cleaning events. - Results are more realistic and site-specific compared to default values, with no need to leave the designer. - **KML import functionality has been enhanced** for more precise planning and data integration (Figure 4). - A structured table view enables previewing and classifying geometries before confirming import, streamlining the process. - A new Import folder allows multiple KML files to be managed independently. - You can selectively convert relevant shapes into Solargis-native entities, e.g., Segment, Shading object, or Restricted area. - **Slope visualization has been introduced** to make terrain assessment easier. Areas exceeding your chosen slope threshold (e.g., 12°) are highlighted, helping you identify zones that may require fixed-mount structures or special tracker placement. ##### Reports & exports - File names for reports and exports have been unified across the Solargis environment to simplify file management. ![](https://cdn.document360.io/ae2d502f-6c0d-4865-a68e-43ad8da61149/Images/Documentation/image(1013).png?sv=2026-02-06&spr=https&st=2026-10-31T04%3A28%3A57Z&se=2026-10-31T05%3A28%3A57Z&sr=c&sp=r&sig=gIuH9pcrGFpSj%2F61Dx2zqlb7scovy6DInX661m%2F9ECU%3D) ***Figure 1****: New, improved Energy system designer user interface.* ![](https://cdn.document360.io/ae2d502f-6c0d-4865-a68e-43ad8da61149/Images/Documentation/image(1014).png?sv=2026-02-06&spr=https&st=2026-10-31T04%3A28%3A57Z&se=2026-10-31T05%3A28%3A57Z&sr=c&sp=r&sig=gIuH9pcrGFpSj%2F61Dx2zqlb7scovy6DInX661m%2F9ECU%3D) ***Figure 2****: Interactive Bill of materials.* ![](https://cdn.document360.io/ae2d502f-6c0d-4865-a68e-43ad8da61149/Images/Documentation/image(1015).png?sv=2026-02-06&spr=https&st=2026-10-31T04%3A28%3A57Z&se=2026-10-31T05%3A28%3A57Z&sr=c&sp=r&sig=gIuH9pcrGFpSj%2F61Dx2zqlb7scovy6DInX661m%2F9ECU%3D) ***Figure 3****: Soiling losses simulation using the Solargis soiling model.* ![](https://cdn.document360.io/ae2d502f-6c0d-4865-a68e-43ad8da61149/Images/Documentation/image(1016).png?sv=2026-02-06&spr=https&st=2026-10-31T04%3A28%3A57Z&se=2026-10-31T05%3A28%3A57Z&sr=c&sp=r&sig=gIuH9pcrGFpSj%2F61Dx2zqlb7scovy6DInX661m%2F9ECU%3D) ***Figure 4****: Enhanced interactive KML import table.*